By: Wendy Weiss Soot blower erosion (SBE) is caused by mechanical removal of tube material due to the impingement on the tube wall of particles entrained in the “wet” blower steam. As the erosion becomes more severe, the tube wall thickness is reduced and eventually internal pressure causes the tube rupture. Mechanism SBE is due […]
By: Jason Ven Velsor, Roger Royer, and Ben Ruchte Tubing in conventional boilers and heat-recovery steam generators (HRSGs) can be subject to various damage mechanisms. Under-deposit corrosion (UDC) mechanisms have wreaked havoc on conventional units for the past 40-50 years and have similarly worked their way into the more prevalent combined cycle facilities that employ […]
By: Ben Ruchte Fabricated branch connections represent a common industry issue in combined cycle plants. Many are vulnerable to early damage development and have experienced failures. Despite these challenges, a well-engineered approach exists to ensure that the baseline condition is fully documented and a life management plan is put in place to help reduce the […]
By: Jason Van Velsor, Matt Freeman and Ben Ruchte Installed sensors and continuous online monitoring are revolutionizing how power plants manage assets and risk by facilitating the transformation to condition-based maintenance routines. With access to near real-time data, condition assessments, and operating trends, operators have the opportunity to safely and intelligently reduce operations and maintenance […]
By: Jason Van Velsor and Jeff Milligan Our talented experts, using the latest technology and methods, deliver unmatched value, actionable information, and engineering knowledge for the management of your most critical assets. Many of the penstocks used in the hydroelectric power industry have been in service for over 50 years. Often with older components, historical […]
By: Scott Riccardella, Bruce Paskett, and Steven Biles On October 1, 2019, the Pipeline and Hazardous Materials Safety Administration (PHMSA) published amendments to 49 CFR Parts 191 and 192 in the Federal Register, issuing Part 1 of the Gas Transmission Mega-Rule. This new regulation is commonly referred to as the Mega-Rule since it represents the […]
By: Bill Lyon, PE and Michael Kennard PEGASUS provides a fully capable computational environment to solve the unique, detailed 3D analyses required for the evaluation of PCI. In the current economic environment in which nuclear units compete with less costly energy sources, a quicker return to full power correlates to more power generated and increased […]
By: Scott Riccardella, Bruce Paskett, and Eric Elder § 192.624(a)(1) of the Mega-Rule 1 requires MAOP Reconfirmation for steel transmission pipe segments if records necessary to establish the MAOP in accordance with § 192.619(a)(2) (e.g. pressure test), including records required by § 192.517(a), are not traceable, verifiable, and complete and the pipeline is located in […]
By: Andy Coughlin, PE, SE The modular construction industry is projected to grow globally at an annual rate of 6.9%, outpacing the growth of traditional construction.1 Modular construction has many advantages over traditional building methods, including improved quality control and shorter project durations. Factory-built systems are constructed in controlled environments with equipment and materials that […]
By: Sasan Etemadi, P.E. and Mark Drucker, P.E. The AUTOBOOK code reduces human errors, increases efficiency, and streamlines the reload analysis process AUTOBOOK facilitates plant operation by providing nuclear power plant Reactor Engineers and Reactor Operators with cycle-specific information about the physics characteristics of the reactor core in a core data book document. Structural Integrity […]
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